Electrical Insulation Components
Die-cut barriers that separate conductive surfaces and fit defined spaces in electrical assemblies.
Precision Functional Die-Cut Components
We manufacture custom die-cut components for insulation, sealing, bonding, EMI shielding and thermal management—built to your drawings for electronic, electrical and industrial equipment, from prototype to production.
What We Make.
Seven functional component families, defined by the job each part performs.
Sealing & Cushioning Components
Foam, rubber and silicone parts that seal gaps, cushion contact and help manage vibration.
Adhesive Functional Components
Adhesive-backed parts for bonding and mounting where substrate, thickness and assembly method matter.
EMI Shielding & Magnetic Isolation Components
Conductive and shielding parts for enclosure gaps, EMI/RFI control and magnetic isolation interfaces.
Thermal Management Components
Die-cut thermal interface parts shaped around heat sources, contact surfaces and assembly needs.
Die-Cut EMI Absorber Sheets
Absorber sheet parts for EMI noise suppression, high-frequency applications and adhesive-backed assembly needs.
Precision Molded Silicone Parts
Custom molded silicone seals, grommets and elastomer parts for sealing, cushioning and assembly interfaces.
Industries We Serve
Functional parts shaped for the equipment, assembly location and operating conditions.
Power Electronics & Power Supplies
Insulation, thermal interface and sealing parts for power supplies, converters, control modules and related assemblies.
Industrial Automation & Control Systems
Custom insulation, sealing, adhesive and protective components for control panels, automation equipment and industrial electronics.
HVAC & Climate Control Equipment
Foam gaskets, insulation, sealing and adhesive components for HVAC, ventilation and temperature-control equipment.
Electrical Distribution, Motors & Drives
Insulation, sealing and thermal parts for distribution enclosures, motor assemblies and drive equipment.
LED Lighting & Lighting Equipment
Thermal, adhesive, insulation and sealing components for LED modules, fixtures, drivers and lighting assemblies.
Home & Commercial Appliances
Custom foam, insulation, adhesive and sealing components for household and commercial electrical appliances.
What We Convert.
Material selection starts with function, thickness and assembly requirements. We review adhesive and liner construction, die-cut geometry and operating conditions for insulation, sealing, EMI control and thermal management applications.
Insulation Materials
Films and sheets for electrical insulation.
Foam, Rubber & Silicone Materials
Flexible materials for sealing and cushioning.
Adhesive Materials
Adhesive layers, liners and bonding constructions.
Conductive & Shielding Materials
Conductive shielding and EMI-control materials.
Thermal Management Materials
Thermal interface sheets and die-cut pads.
How We Make It.
From drawing to production, precision converting, layered construction and project-specific inspection work together.
Precision Die Cutting
Convert sheet and roll materials into repeatable geometries from drawings and assembly requirements.
Lamination & Bonding
Combine adhesive, foam, film, insulation, shielding and thermal layers into assembly-ready parts.
Quality & Tolerance Control
Incoming, first-article, in-process and final checks support dimensional control, revisions and batch traceability.
From Materials to
Precision Components.
In-house manufacturing supported by an integrated supplier network.
2013Established
Approx. 4,000 m²Manufacturing Facility
Approx. 100Employees
ISO 9001 /
14001 / 45001Management Systems
14001 / 45001Management Systems
Technical Resources.
Material selection, die-cut design and manufacturing guidance for custom functional components.
From Requirements
to Production
Questions engineers and buyers often ask.
Practical answers about custom functional components, materials, prototyping, drawings and project requirements.
What custom functional die-cut components can you supply?
We support custom electrical insulation parts, sealing and cushioning components, adhesive-backed die-cut parts, EMI shielding components and thermal interface parts. Each project is reviewed against its function, material, geometry and assembly requirements.
Which industries and equipment applications do you support?
We review component requirements for power electronics, industrial automation, electrical distribution, motors and drives, HVAC, LED lighting and appliances. Typical needs include insulation, sealing, cushioning, bonding, EMI control and thermal management.
What materials can you precision die cut or laminate?
Material options include electrical insulation films, foam, rubber, silicone sheets, pressure-sensitive adhesives, conductive and shielding materials, and thermal interface sheets. Suitability depends on material grade, thickness, processing behavior and operating conditions.
Can you help select materials for a custom component?
Yes. Tell us what the part must do, its operating conditions, the surfaces it contacts and any thickness or assembly limits. We can review suitable material families and identify specifications that need validation before the final material is selected.
Can you manufacture custom parts from drawings, CAD files or samples?
A technical drawing, CAD reference, PDF, sketch or physical sample can be the starting point for a project review. We clarify material, dimensions, critical tolerances and assembly requirements before confirming manufacturability. File or sample submission methods can be agreed during the inquiry.
Can you make adhesive-backed or multi-layer die-cut components?
Depending on material compatibility, films, foams, adhesive layers and release liners can be combined into custom die-cut constructions. Share the layer sequence, bonding surfaces, total thickness and handling requirements so we can review a suitable converting approach.
Do you support prototype samples before regular production?
Prototype and sample requirements can be reviewed to assess fit, material suitability and assembly handling before regular production. Feasibility, tooling and sample costs depend on the part design and quantity. Expected production volumes should be discussed early.
How do you control quality and dimensional accuracy for custom parts?
Inspection requirements are based on approved drawings, critical dimensions, material specifications and agreed acceptance criteria. Depending on the project, verification can include incoming material, first-article, in-process and final checks. Reporting and traceability requirements should be confirmed before production.
What determines MOQ, tooling requirements and lead time?
Minimum order quantities, tooling needs and lead times are project-dependent. Material availability, part geometry, layer construction, inspection requirements and order volume can affect cost and scheduling. Share your prototype quantity and production forecast for a project-specific evaluation.
What information should I send to request a custom die-cut quotation?
Share your application, drawing or sample, dimensions, critical tolerances, material and thickness if known, adhesive or liner requirements, and estimated quantities. If the specification is incomplete, send what you have so we can identify the missing details during the initial review.
Request a Quote
Have a die-cut component project?
Send us your drawing, material requirements or application details.Share your drawing or project details.